Abstract:
Die Laufwerkanordnung (1) umfasst eine Gehäuseaufnahme (5) und ein darin eingebettetes Gehäuse (9). Innerhalb des Gehäuses (9) ist das Laufwerk (7) vertikal verschiebbar. Die Verschiebung des Laufwerks (7) erfolgt über ein Stellrad (39), welches von Hand drehbar ist und mit welchem das Laufwerk (7) bezüglich dem Gehäuse (9) und der Schiebetür (3) einstellbar ist.
Abstract:
Disclosed is a vehicle door driving apparatus provided with a driving mechanism and a rope member. The driving mechanism is fixed to an inner section of a vehicle door which opens and closes a door opening formed in a vehicle body, the driving mechanism including a motor and a drum which is rotationally driven by the motor. The rope member is wound around the drum and linked to the vehicle body, and rotation of the drum is transmitted to the vehicle body by way of the rope member which causes the vehicle door to open and close. The drum is disposed in the inner section of the vehicle door in such a way as to at least partially overlap in a dimensional space in the vehicle width direction defined by the external shape of the motor. The driving mechanism is provided with: a first small-diameter gear linked to the rotary axis of the motor in such a way that the first small-diameter gear rotates together with the rotary shaft of the motor; a transmission gear rotatable around the axis extending in the vehicle width direction; a sun gear rotatable around the axis extending in the vehicle width direction; a ring gear disposed on the same axis as the sun gear; and a carrier which has a planet gear that engages with the sun gear and the ring gear, and which is linked to the drum in such a way that the carrier rotates together with the drum.
Abstract:
Disclosed is a vehicle door driving apparatus provided with a driving mechanism and a rope member. The driving mechanism is fixed to an inner section of a vehicle door which opens and closes a door opening formed in a vehicle body, the driving mechanism including a motor and a drum which is rotationally driven by the motor. The rope member is wound around the drum and linked to the vehicle body, and rotation of the drum is transmitted to the vehicle body by way of the rope member which causes the vehicle door to open and close. The drum is disposed in the inner section of the vehicle door in such a way as to at least partially overlap in a dimensional space in the vehicle width direction defined by the external shape of the motor. The driving mechanism is provided with: a first small-diameter gear linked to the rotary axis of the motor in such a way that the first small-diameter gear rotates together with the rotary shaft of the motor; a transmission gear rotatable around the axis extending in the vehicle width direction; a sun gear rotatable around the axis extending in the vehicle width direction; a ring gear disposed on the same axis as the sun gear; and a carrier which has a planet gear that engages with the sun gear and the ring gear, and which is linked to the drum in such a way that the carrier rotates together with the drum.
Abstract:
The power-operated door opening and closing system ( 10 ) of the present invention is of the kind adapted to be attached to the ceiling and comprises: an electric motor, an electric motor control unit, an electric push-button (P) actuating switch to control the motor operation, a string ( 30 ) or the like, and a mechanism adapted to convert the pulling of the string into a pressure upon the push-button switch or a pull of the pull-type switch.
Abstract:
A hinge assembly is provided for a pivoting door mounted about an opening, and may include a hinge plate, an internally threaded adjuster, a locking element, a first cam element, a second cam element, and a limiting plate. The hinge plate is mounted about the opening and includes a pivot projecting therefrom.
Abstract:
The invention relates to a drive device for a sliding door (1), which drive device has a drive unit (3) mounted in a stationary manner and comprising a motor (8) and a pinion (7), and also a rack (6) fixed in a desired position on the sliding door (1). In order to actuate the sliding door (1), the pinion (7) is mounted in a working position in which the pinion (7) is in engagement with the rack (6). To install the rack (6) on the sliding door (1), the pinion (7) can be placed into an adjustment position located below the working position. In the adjustment position, a spacer sits at least on a subregion of the teeth of the pinion (7), with the outside of the spacer forming a sliding surface for the rack (6) and being at a distance from the centre of the pinion (7) that is matched to the difference in position of the pinion (7) in the working position and in the adjustment position. In order to set the desired position of the rack (6), the latter rests on the sliding surface of the spacer.